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理论物理通讯:英文版

Quantum Information Splitting Based on Current Cavity QED Techniques

Wu, Huai-Zhi, Yang Yang, Zhen-Biao, Su, Wan-Jun, Zhong, Zhi-Rong, Huang, Jianmin

Published Jan 1, 2008• 1 citation
OpenAlex

Abstract

我们为经由 W 班状态切开的量信息建议二个计划。第一个计划与单个模式的地基于单个原子的相互作用,当第二个计划与单个模式的洞基于二个原子的同时的相互作用时。为第一个计划,二个原子的困难要求了同时通过一个洞被送避免。为第二个计划,它对热地有免疫力。两个计划基于当前的洞证完技术是试验性地可行的。

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We propose two schemes for quantum information splitting via W-class state. The first scheme is based on the interaction of single atom with single-mode field, while the second scheme is based on the simultaneous interaction of two atoms with single-mode cavity. For the first scheme, the difficulty of two atoms required to be simultaneously sent through one cavity is avoid. For the second scheme, it is immune to thermal field. Both schemes are experimentally feasible based on current cavity QED techniques.

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我们为经由 W 班状态切开的量信息建议二个计划。第一个计划与单个模式的地基于单个原子的相互作用,当第二个计划与单个模式的洞基于二个原子的同时的相互作用时。为第一个计划,二个原子的困难要求了同时通过一个洞被送避免。为第二个计划,它对热地有免疫力。两个计划基于当前的洞证完技术是试验性地可行的。
We propose two schemes for quantum information splitting via W-class state. The first scheme is based on the interaction of single atom with single-mode field, while the second scheme is based on the simultaneous interaction of two atoms with single-mode cavity. For the first scheme, the difficulty of two atoms required to be simultaneously sent through one cavity is avoid. For the second scheme, it is immune to thermal field. Both schemes are experimentally feasible based on current cavity QED techniques.